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ITU Electrical Engineering Department - Industry Relations

Completed Projects

  • Design of power electronic circuits and systems
  • Simulation of power electronic circuits
  • Design of linear induction motors and its application to sliding doors
  • Linear motor drive of an anti-tank target system
  • Tubular motor desing and analysis
  • Design and analysis of switched-reluctance motors
  • Design, analysis and control of permanent magnets machines
  • Super conducting synchronous machines
  • Computer aided design, analysis and stability of electrical machines
  • Electromagnetic and electrostatic stresses in power transformers
  • Power system harmonics and filters
  • Static VAR systems and reactive power compensation
  • Heating, cooling, noise and vibration of electrical machines
  • Electromechanical and electrostatic forces in electrical machines
  • Speed control of electrical machine and drive applications
  • Industrial heating, induction and arc furnaces
  • Monitoring and diagnosting in electrical machines
  • Lightning and switching overvoltages
  • High voltage components: cables, insulators, switchgears, lightning arresters etc.
  • Discharge phenomena and numerical techniques in electrical field analysis
  • Problems of travelling waves
  • CAD in high voltage equipments
  • Electrostatic field analysis
  • Electromagnetic transient analysis
  • Grounding and shielding
  • Generation and measurement of high voltages
  • Nondestructive and destructive high voltage tests
  • Protection against overvoltages, lightning arresters
  • Insulation coordination
  • Computer relays and protection systems
  • Power system protection and managment
  • Microprocessor based protection and control systems
  • SCADA applications in power systems
  • Protection and control of local power plant
  • Integrated protection and control systems
  • Data communication in power systems
  • Power system control and stability
  • Load frequency control in power systems
  • Adaptive control of electrical machines
  • Power quality
  • Reliability analysis of power systems
  • Large scale power system analysis
  • Voltage stability in transmission systems
  • Direct energy conversion
  • Power system modelling and simulation
  • Electric power distribution systems restoration and automation
  • Power system planning, distribution system optimation and electric energy economy
  • Adaptive control in power systems
  • Artificial intellingent and fuzzy logic to power systems
  • Calculation for indoor and outdoor lighting
  • Measurement to light as a true visual quantity-photometric measurement
  • Developement of the design and calculation methods to the indoor and outdoor
  • Lighting control systems
  • Nuclear power plant modelling and simulation
  • Signal modelling and system surveillance
  • Noise analysis in power systems
  • Neural networks and wavelets in power systems
  • Real-time recursive system estimation for power plant monitoring
  • Advanced signal processing techniques and utilization for reliable operation


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